Add to ORKGMass comparators are high-end mechatronic devices used to determine mass of the object with the highest possible precision and accuracy. Development and production of such equipment is driven by demand for highest quality and stability of mechanical part which is accompanied by special control software. This article describes principles of operation of mass comparators and their application to interlaboratory comparisons. Real interlaboratory comparison project is used as an example
Mass comparator weighing cells based on electromagnetic force compensation (EMFC) find application i...
Mass comparison of conventional masses of 500 kg and 1000 kg weights between three laboratories (Met...
The accurate measurement of aircraft mass properties, such as the mass, centroid, and moment of iner...
High-precision mass measurement equipment is needed in some areas of science and technology. Physics...
A major factor determining the uncertainty associated with the value of a standard mass at any level...
Calibrating weight sets creates some unique challenges to the metrologist. Performance and reliabili...
Abstract: A new type of a 1 kg vacuum mass comparator was developed in a collaboration between the S...
A group of nine calibration laboratories performed an intercomparison of Conventional Mass in 2004. ...
This article describes mass measurement interlaboratory comparison project carried out by Riga Techn...
Mass measurement of more than 500 kg on an electronic mass comparator has no better repeatability an...
In the research a possibility was studied how to reduce a number of repetitions of measurements when...
The report in hand deals with mass determination of high accuracy (relative uncertainty <1.10&quo...
In order to demonstrate the equivalence in calibration of 500 kg mass standard among National Metrol...
In this book on Fundamentals of Mass Determination, the definition and dissemination of units of mas...
The 1kg-prototype balance is a result of the technical collaboration between the Sartorius AG and th...
Mass comparator weighing cells based on electromagnetic force compensation (EMFC) find application i...
Mass comparison of conventional masses of 500 kg and 1000 kg weights between three laboratories (Met...
The accurate measurement of aircraft mass properties, such as the mass, centroid, and moment of iner...
High-precision mass measurement equipment is needed in some areas of science and technology. Physics...
A major factor determining the uncertainty associated with the value of a standard mass at any level...
Calibrating weight sets creates some unique challenges to the metrologist. Performance and reliabili...
Abstract: A new type of a 1 kg vacuum mass comparator was developed in a collaboration between the S...
A group of nine calibration laboratories performed an intercomparison of Conventional Mass in 2004. ...
This article describes mass measurement interlaboratory comparison project carried out by Riga Techn...
Mass measurement of more than 500 kg on an electronic mass comparator has no better repeatability an...
In the research a possibility was studied how to reduce a number of repetitions of measurements when...
The report in hand deals with mass determination of high accuracy (relative uncertainty <1.10&quo...
In order to demonstrate the equivalence in calibration of 500 kg mass standard among National Metrol...
In this book on Fundamentals of Mass Determination, the definition and dissemination of units of mas...
The 1kg-prototype balance is a result of the technical collaboration between the Sartorius AG and th...
Mass comparator weighing cells based on electromagnetic force compensation (EMFC) find application i...
Mass comparison of conventional masses of 500 kg and 1000 kg weights between three laboratories (Met...
The accurate measurement of aircraft mass properties, such as the mass, centroid, and moment of iner...